organic molecules e.g(sugar)
The process of photosynthesis converts light energy from the sun into chemical energy, primarily stored in the bonds of glucose. This occurs in two stages, the light-dependent and light-independent reactions, using ATP and NADPH as intermediate energy carriers. The glucose can be further metabolized to drive cellular processes.
The process of photosynthesis converts the energy from sunlight into the chemical energy stored primarily in the bonds of glucose, a simple sugar. This occurs in two main stages: the light-dependent and the light-independent (or dark) reactions. During the light-dependent reactions, energy from sunlight is absorbed by chlorophyll and converted into chemical energy stored in molecules of ATP (adenosine triphosphate) and NADPH (nicotinamide adenine dinucleotide phosphate).
These energy-laden molecules are then used in the light-independent reactions to convert carbon dioxide from the air into glucose. This process resembles 'recharging' the energy in the morning to be spent throughout the day. Ultimately it takes 18 molecules of ATP and 12 molecules of NADPH to synthesize one molecule of glucose, a total of energy equivalent to approximately 54 ATP molecules.
This glucose molecule can be further combined with or converted into other types of sugars. When the sugars are consumed by cells, the glucose is broken down through a series of complex reactions to extract the energy stored within it. This harvested energy is again stored in ATP molecules, which serve as the primary 'energy currency' within cells to perform various essential tasks.
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A. one genome
b. one gene
c. one allele d. one gamete
Genotype is the genetic basis of the organism. The individual letter in Tt represents the allele of the plant height trait.
Alleles are the variant form of the gene present at the same loci of the chromosome that codes for the specific trait of the organisms.
Alleles can be dominant purebred, recessive purebred, or heterozygous for the trait. The alleles define the characters of the organisms.
Therefore, the option c. allele is depicted in the letter of Tt.
Learn more about allele here:
B)They have different oxygen requirements
C)They have different end products
D) They start with different sugars
the two types of fermentation is differ from each other because they have different end products. So your answer is C
A. DNA
B. cytoplasm
C. mitochondria
answer:
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Answer:
your answer is here
Explanation:
see picture
Answer:
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